Laughter produces short-term changes in the function of the heart and blood circulation, increasing heart rate and oxygen consumption.
笑会造成心脏和血液循环功能的短期变化，增加心率和耗氧量。
A study on the oxygen consumption rate of chlorobenzene homologue under the condition of cosubstrate was conducted.
对共底物条件下氯苯同系物的耗氧率进行了研究。
These researchers found that the maximal oxygen consumption or V.
这群研究者发现耐力训练过的人，他的最大耗氧量V。
Succinate was the most effective substrate in following oxygen consumption.
琥珀酸盐在以后的氧消耗中是最有效的基质。
Participants walked on a treadmill while their oxygen consumption was measured.
参加者在跑步机上行走的同时他们的耗氧量也被测定。
Oxygen consumption coefficient K1is one of key parameters in water quality model.
耗氧系数K 1是水质模型中关键的参数之一。
Meanwhile, SM markedly increase the oxygen consumption and glucose intake in rabbit brain.
同时显著提高兔脑耗氧量和葡萄糖摄取量。
METHODS The oxygen consumption of live cells of guinea pig was measured by Warburg instrument.
方法应用微量呼吸检压仪测定豚鼠肝细胞耗氧量。
Their oxygen consumption and carbon dioxide production were measured to gauge their metabolic rate.
通过测量他们的耗氧量和二氧化碳产量来测量他们的代谢率。
Objective To study the effects of Guanxinning tablet on myocardial oxygen consumption in dogs.
目的探讨冠心宁片对犬心肌耗氧量的影响。
The participants also wore face masks that enabled the researchers to measure their oxygen consumption.
参与者戴面罩(面罩上有测量装置)，研究员可以测量他们的氧气消耗量。
The women's aerobic fitness (peak absolute oxygen consumption) was measured using a cycle ergometer.
应用蹬车测力器测定她们的有氧适能(峰值绝对耗氧量)。
Objective To study the effect of hypertension in cardiac work and oxygen consumption of the myocardium.
目的研究高血压对心脏作功和心肌耗氧量的影响。
Maximal oxygen uptake is the maximum capacity for oxygen consumption by the body during peak performance.
最大摄氧量是在达到最佳成绩时身体的最大氧耗量。
OBJECTIVE To investigate the effects of Pollen Typhae flavonoids on myocardial oxygen consumption in dogs.
目的：观察蒲黄总黄酮对麻醉犬心肌耗氧量的影响。
The average oxygen consumption amount and rate of C. sowerbyi xinyangensi increased with increasing temperature.
平均耗氧量和平均耗氧率随温度的升高而升高。
The results indicate that CHPP can increase body metabolism and oxygen consumption and induce mild mixed acidosis.
结果表明，CHPP使体温升高的同时，明显增强机体代谢，且存在轻度混合性酸中毒。
Cellular respiration can be studied in isolated mitochondria by measuring oxygen consumption under different conditions.
细胞的呼吸作用可以通过在分离线粒体中测量不同条件下的氧的消耗来进行研究。
Simultaneity give out the chemical oxygen consumption(COD)and total organic carbon(TOC)the linear relationship equation.
同时给出了化学耗氧量（COD）和总有机碳（TOC）之间的线性关系方程。
Researchers at the University of Leeds in England placed armor-clad volunteers on a treadmill and monitored their oxygen consumption.
在英国利兹大学，研究人员让志愿者穿着重型盔甲在跑步机上跑步，并记录他们的耗氧量。
The researchers measured the women's peak oxygen consumption at the start of the study, and then again after six months of exercise.
研究者测量了受试妇女在研究开始时的峰值耗氧量，以及六个月运动后的峰值耗氧量。
Both the surface activates exposed in air and their oxygen consumption rate are different due to the different oxidizability of sulfide ores.
由于不同类型的硫化矿石氧化性不同，暴露在空气中的表面活性不同，其耗氧速率也不同。
Under the same water temperature, the oxygen consumption rate and the asphyxiant point decreased as the body weight of the crayfish increased.
在大小相近的个体中，单位体重的耗氧率和窒息点随温度的升高而增加。
The volunteers were filmed walking on treadmills. Their oxygen consumption and carbon dioxide production were measured to gauge their metabolic rate.
志愿者们在跑步机上行走，同时被拍摄下来。通过测量他们的耗氧量和二氧化碳产量来测量他们的代谢率。
Maintaining airway open, increasing ventilation and normal cycle, keeping warm and reducing oxygen consumption, close monitoring after recovery.
包括保持气道通畅、增加通气、维持正常循环、保暖、减少氧耗及复苏后的密切监护。
Conclusion GSP has hypoxic tolerance role that may relate to increasing cerebral blood and reducing the cardiac and cerebral oxygen consumption.
结论GSP具有耐缺氧作用，其作用机制可能与增加大脑供血和降低心脑耗氧有关。
At the salinity of 5 ~ 20, the oxygen consumption rate and ammonia excretion rate of the Cyclinasinensis increased while the temperature increased.
在盐度为5 ~20的范围内，青蛤的耗氧率和排氨率随着盐度的升高而升高。
By analyzing the contribution factor, a study on the oxygen consumption rate of chlorobenzene homologue under the condition of cosubstrate was conducted.
通过分析贡献因子的方法，研究氯苯类同系物在驯化污泥中同系物共基质条件下的耗氧速率。
By analyzing the contribution factor, a study on the oxygen consumption rate of chlorobenzene homologue under the condition of cosubstrate was conducted.
通过分析贡献因子的方法，研究氯苯类同系物在驯化污泥中同系物共基质条件下的耗氧速率。
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